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Q3/(A) The relationship between stress T and the shear strain rate y can be expressed by the equation T = μý". From the following table, find the values of u and n using least square method. Shear strain rate y, (1/sec) stress T, (N/m²) 50 6.01 70 7.48 90 8.59 110 9.19 130 10.21

Q3/(A) The relationship between stress T and the shear strain rate y can be expressed by the equation T = μý". From the following table, find the values of u and n using least square method. Shear strain rate y, (1/sec) stress T, (N/m²) 50 6.01 70 7.48 90 8.59 110 9.19 130 10.21

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Q3/ (A) The relationship between stress T and the shear strain rate y can be expressed by the equation Tuy". From the following table, find the values of u and n using least square method. Shear strain rate y, (1/sec) stress T, (N/m²) (B) For the following data in table: 50 f(x) 618 Find (160) by using: L 11. 50 6.01 100 724 70 7.48 150 805 First order Interpolation (Direct Method). Second order interpolation (Lagrange Method). Appropriate central difference formula. 90 8.59 200 906 110 9.19 250 1032 130 10.21
Transcribed Image Text:Q3/ (A) The relationship between stress T and the shear strain rate y can be expressed by the equation Tuy". From the following table, find the values of u and n using least square method. Shear strain rate y, (1/sec) stress T, (N/m²) (B) For the following data in table: 50 f(x) 618 Find (160) by using: L 11. 50 6.01 100 724 70 7.48 150 805 First order Interpolation (Direct Method). Second order interpolation (Lagrange Method). Appropriate central difference formula. 90 8.59 200 906 110 9.19 250 1032 130 10.21
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